EC

Ebo Croffie

LS Lsi: 8 patents #151 of 1,740Top 9%
Lsi Logic: 5 patents #372 of 1,957Top 20%
AP Avago Technologies General Ip (Singapore) Pte.: 1 patents #883 of 2,004Top 45%
Overall (All Time): #352,016 of 4,157,543Top 9%
14
Patents All Time

Issued Patents All Time

Patent #TitleCo-InventorsDate
9188848 Maskless vortex phase shift optical direct write lithography Nicholas K. Eib, Neal Callan 2015-11-17
8377633 Maskless vortex phase shift optical direct write lithography Nicholas K. Eib, Neal Callan 2013-02-19
8057963 Maskless vortex phase shift optical direct write lithography Nicholas K. Eib, Neal Callan 2011-11-15
7738078 Optimized mirror design for optical direct write Nicholas K. Eib, Neal Callan 2010-06-15
7494752 Method and systems for utilizing simplified resist process models to perform optical and process corrections 2009-02-24
7458060 Yield-limiting design-rules-compliant pattern library generation and layout inspection Nicolas K. Eib 2008-11-25
7372547 Process and apparatus for achieving single exposure pattern transfer using maskless optical direct write lithography Nicholas K. Eib, Neal Callan 2008-05-13
7325222 Method and apparatus for verifying the post-optical proximity corrected mask wafer image sensitivity to reticle manufacturing errors Nadya Strelkova, John V. Jensen 2008-01-29
7313508 Process window compliant corrections of design layout Colin D. Yates, Nicholas K. Eib, Christopher Neville, Mario Garza, Neal Callan 2007-12-25
7270942 Optimized mirror design for optical direct write Nicholas K. Eib, Neal Callan 2007-09-18
7264906 OPC based illumination optimization with mask error constraints Nicholas K. Eib, Mario Garza, Paul G. Filseth, Lav D. Ivanovic 2007-09-04
7189498 Process and apparatus for generating a strong phase shift optical pattern for use in an optical direct write lithography process Nicholas K. Eib, Neal Callan 2007-03-13
7117475 Method and system for utilizing an isofocal contour to perform optical and process corrections 2006-10-03
7001695 Multiple alternating phase shift technology for amplifying resolution Christopher Neville 2006-02-21